Zeolite used as an Industrial Spill Absorbent, with its capacity as a "molecular sponge" absorbs free hydrocarbons on contact.

Directions

Open bag and apply over spill.

Leave on the spill until it is absorbed.

Dispose according to local regulations.

Zeolite has many uses in the oilfield industry as an encapsulation/stabilization agent for a variety of contaminants. One of the predominant features are its TCLP1311 Leachate Analysis results. TCLP1311 analysis is a major parameter that landfills utilize to determine the leaching potential of any stabilizing/encapsulator product. Specifically, once hydrocarbons are mixed with zeolite, the resulting mixture is instantaneously non-hazardous and can be disposed of as a non-hazardous waste in oilfield operations.

Unlike clay absorbents, which consist of plate type structures, zeolites' crystal lattice form a honeycomb structure resulting in a large and reactive surface area. This matrix traps hydrocarbons and waste molecules through molecular sieving capability,allowing selective separation, absorption and immobilization. Another unique feature is that zeolite does not swell as in the case with clay. Zeolite does not lose its structural integrity (as clay absorbs, their plates swell and become soft and muddy). The honeycomb structure of zeolite absorbs at a greater rate yet stays firm and stable. If you walk on it, the integrity is the same as when it comes out of the bag whereas clay absorbent will become soft.

The zeolite structure provides high absorption without losing its structural integrity. Customers can easily sweep up the product after absorption, due to the fact it does not become soft. Zeolite has a similar look and feel as sand - however with major differences. Unlike sand, zeolite has incredible porosity (a teaspoon of zeolite has a similar surface area as a football field).

Features

Zeolites have an open framework, honeycomb structure with pores, cavities and channels that are molecular in size. This molecular sieving capability allows selective separation, absorption and immobilization of hydrocarbon spills.

The surface area of zeolite is in the 20 to 50 square meters per gram range. The charge differential between silica and alumina in the honeycomb structure of the lattice results in a highly reactive surface. Absorption processes are enhanced by the bonding to these active sites.

The channels and cavities provide a large void volume allowing for retention of liquids and enhancing permeability and porosity.

The hydrocarbon spill is 'soaked up' into the porous zeolite matrix until fully saturated.

Zeolite has the strength to withstand traffic without disintegrating into a slippery mush as in the case of other leading brands. Zeolite is a solid sponge that absorbs high and low viscosity materials directly into its molecular structure thereby binding and holding the various hydrocarbons.

Zeolites also chemically bond to various positively charged ions (cations) such as ammonia and various heavy metals such as lead, zinc and copper.

Mechanics often comment that zeolite, when applied over a spill, does not affect their creeper as they work under vehicles. Other products cannot make this claim.

Zeolite reduces tracking and spreading across the shop floor. It is extremely durable in high winds.

Zeolite provides maximum performance in an economical manner.

Low dust and easy to apply. Zeolite has an appealing light green colour when applied that changes to a rich dark green colour while absorbing hydrocarbons.

Used to absorb and lock up toxic and non-toxic fluids such as gasoline, diesel, oil, gear oil, antifreeze, paint thinners, varsol and anything else around the home, shop or plant.

Zeolite absorbs gaseous odours (LEL) and hydrocarbons. Zeolite also is used as an air filter as it literally absorbs ammonia, smoke and various other odours.

Makes an excellent traction aid for ice on walkways, driveways, stairs and ramps.